Accurate 2D MoM technique for arbitrary dielectric, magnetic and conducting media applied to shielding problems

Calculating interaction integrals in a Method of Moments technique is highly challenging in a conductive medium. The specific form of its wave number leads to a strongly oscillating and exponentially damped Green´s function, making standard numerical evaluation schemes inapt to accurately evaluate the interaction integrals. In this paper, we present an accurate 2D Method of Moments technique for arbitrary dielectric, magnetic and conducting media and apply the method to solve shielding problems.